A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-blocking underground cavern drainage system
The invention relates to the technical field of underground drainage, in particular to an anti-blocking underground cavern drainage system. A plurality of drainage pipes can be arranged around the underground cavern, turning water guide hemispheres and bidirectional water guide lines are innovatively introduced to be matched, the bidirectional water guide lines actively absorb seepage water in soil and transfer the seepage water into the drainage pipes to be collected under the state of low displacement, under the state of high displacement, the turning water guide hemispheres can automatically sense and trigger the turning water guide action, by means of guide expansion of the double-stretching turning water guide hemispheres, on one hand, the double-stretching turning water guide hemispheres are forced to deeply extend into water to increase the water absorption rate, and on the other hand, the double-stretching turning water guide hemispheres are forced to extend upwards to achieve water guide connection with the bidirectional water guide lines to start reverse water transfer, excessive water in the drainage pipes is directly transferred to a water storage pad on the ground, and then dehydration recovery is performed based on physical extrusion action, so that the drainage pressure of the drainage pipes can be remarkably reduced, and the drainage safety of the underground cavern is effectively guaranteed.
本发明涉及地下排水技术领域，具体涉及一种防堵塞地下洞室排水系统。可以实现地下洞室周围设置多个排水管，并创新性的引入变向导水半球和双向导水线进行配合，在低排水量的状态下由双向导水线主动吸收土壤中的渗透水并转移至排水管内进行收集，在高排水量的状态下变向导水半球可以自动感知并触发变向导水动作，利用对双伸变向导水内球的导向膨胀，一方面迫使其向水中深度延伸扩大吸水速率，另一方面迫使其向上侧延伸与双向导水线实现导水连接开始反向转移水，将排水管内过多的水部分直接转移至地表上的蓄水垫，然后基于物理挤压动作进行脱水回收，从而可以显著降低排水管的排水压力，有效保障地下洞室的排水安全性。
Anti-blocking underground cavern drainage system
The invention relates to the technical field of underground drainage, in particular to an anti-blocking underground cavern drainage system. A plurality of drainage pipes can be arranged around the underground cavern, turning water guide hemispheres and bidirectional water guide lines are innovatively introduced to be matched, the bidirectional water guide lines actively absorb seepage water in soil and transfer the seepage water into the drainage pipes to be collected under the state of low displacement, under the state of high displacement, the turning water guide hemispheres can automatically sense and trigger the turning water guide action, by means of guide expansion of the double-stretching turning water guide hemispheres, on one hand, the double-stretching turning water guide hemispheres are forced to deeply extend into water to increase the water absorption rate, and on the other hand, the double-stretching turning water guide hemispheres are forced to extend upwards to achieve water guide connection with the bidirectional water guide lines to start reverse water transfer, excessive water in the drainage pipes is directly transferred to a water storage pad on the ground, and then dehydration recovery is performed based on physical extrusion action, so that the drainage pressure of the drainage pipes can be remarkably reduced, and the drainage safety of the underground cavern is effectively guaranteed.
本发明涉及地下排水技术领域，具体涉及一种防堵塞地下洞室排水系统。可以实现地下洞室周围设置多个排水管，并创新性的引入变向导水半球和双向导水线进行配合，在低排水量的状态下由双向导水线主动吸收土壤中的渗透水并转移至排水管内进行收集，在高排水量的状态下变向导水半球可以自动感知并触发变向导水动作，利用对双伸变向导水内球的导向膨胀，一方面迫使其向水中深度延伸扩大吸水速率，另一方面迫使其向上侧延伸与双向导水线实现导水连接开始反向转移水，将排水管内过多的水部分直接转移至地表上的蓄水垫，然后基于物理挤压动作进行脱水回收，从而可以显著降低排水管的排水压力，有效保障地下洞室的排水安全性。
Anti-blocking underground cavern drainage system
一种防堵塞地下洞室排水系统
LI RUIQING (author) / LIU XIANCAI (author) / YAO XIAOMIN (author) / NIAN FUXI (author) / CHEN LEI (author) / ZHANG BING (author) / ZHANG XIANGJU (author)
2021-09-03
Patent
Electronic Resource
Chinese
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